NCV86604BDT33RKG

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NCV86604BDT33RKG is a linear voltage regulator IC design to power voltage sensitive components. It is designed to be a low-noise, low-drop, low-power stable voltage source. This IC is ideal for applications such as consumer electronics, process control and instrumentation, LED lighting, and mobile devices.

This device has a wide input voltage range of 2.6V to 6V, and outputs an adjustable output voltage of 1.235V to 5.6V. The output voltage is stabilized using an internally preset resistor with less than 1% accuracy. The NCV86604BDT33RKG also provides integrated protection, with over-voltage protection, under-voltage protection, and thermal shutdown protection.

On the inside, the NCV86604BDT33RKG employs an advanced linear regulator operation, utilizing a low RDS(ON)MOSFET pass transistor, along with lower ESR capacitor, to regulate the output voltage. A unity-gain amplifier senses the output voltage, and provides suitable recovery time to ensure that the output voltage remains stable. The output voltage regulation is further enhanced by the error amplifier and internal voltage reference, which compensates for variations in the input voltage. The output voltage is also protected from short-circuit and over-current conditions.

The low-noise design of the NCV86604BDT33RKG allows it to be used in applications where noise or interference would be an issue. Its high power efficiency also makes it suitable for applications where a low power consumption is desired, such as in Lighting and Mobile devices. The NCV86604BDT33RKG is housed in a small RoHS compliant 4-lead SOT26-package.

In summary, the NCV86604BDT33RKG is a linear voltage regulator IC designed to provide low-noise, low-drop, and low-power stable voltage. Its wide input voltage range and adjustable output voltage makes it ideal for a variety of applications. The integrated protection features adds safety and reliability. Its low-noise design and high power efficiency make it the perfect choice for applications where noise or power saving is an issue.

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